def check_args(self):
global ipv4_list
if arg_handle.get_args('device_count') > 1 and not arg_handle.get_args('self_IP'):
cprint.error_p(
"if device count big than 1, self_IP start must assign")
sys.exit()
elif arg_handle.get_args('device_count') > 1:
ipv4s = common_APIs.get_local_ipv4()
ip_prefix = '.'.join(arg_handle.get_args(
'self_IP').split('.')[0:-1])
ip_start = arg_handle.get_args('self_IP').split('.')[-1]
cprint.notice_p("Start ip: %s" % (ip_start))
ipv4s = [ip for ip in ipv4s if re.search(
r'%s' % (ip_prefix), ip) and int(ip.split('.')[-1]) >= int(ip_start)]
if len(ipv4s) < arg_handle.get_args('device_count'):
cprint.error_p("Local ips: %d not enough" % (len(ipv4s)))
sys.exit()
else:
ipv4_list = ipv4s
for ip in ipv4_list:
cprint.notice_p("Use Local ip: %s" % (ip))
else:
ip = ''
if arg_handle.get_args('self_IP'):
ip = arg_handle.get_args('self_IP')
ipv4_list = [ip]
def check_args(self):
global ipv4_list
ipv4_list = []
if arg_handle.get_args('self_IP'):
ipv4s = common_APIs.get_local_ipv4()
ip_prefix = '.'.join(
arg_handle.get_args('self_IP').split('.')[0:-1])
ip_start = int(arg_handle.get_args('self_IP').split('.')[-1])
ipv4_list = [
ip for ip in ipv4s if re.search(r'%s' % (ip_prefix), ip)
and int(ip.split('.')[-1]) >= ip_start
]
ipv4_list.sort()
for ipv4 in ipv4_list:
cprint.notice_p("find ip: " + ipv4)